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Materials for AM
Home
Introduction
Module 1:Thermoplastics
1.1 Introduction to Thermoplastics
1.1.1 AM Thermoplastic Materials
1.1.2 Thermoplastic Properties
1.1.3 Thermoplastic AM Processes
1.2 Polyamides
1.3 PEEK
1.4 ABS
1.5 PCL
1.6 PLA
1.7 Other Polymers
Module 2: Reactive Polymers
2.1 Introduction to Reactive Polymers
2.1.1 Reactive Polymer Materials
2.1.2 Reactive Polymer Properties
2.1.3 Reactive Polymer Processes
2.2 Acrylates
2.3 Epoxies
2.4 PCL
2.5 Filled Resins
2.6 PPF
2.7 Other Reactive Polymers
Module 3: Metals
3.1 Introduction to Metals
3.1.1 Metal Powders
3.1.2 AM Metal Properties
3.1.3 AM Metal Processes
3.2 Titanium Alloys
3.3 Co-Cr Alloys
3.4 Superalloys
3.5 Stainless Steels
3.6 Aluminum Alloys
3.7 Tool Steels
Module 4: Ceramics
4.1 Introduction to Ceramics
4.1.1 Ceramic Properties
4.1.2 Ceramic Properties
4.1.3 Ceramic Processes
4.2 Silicon-Based Ceramics
4.3 Zirconium-Based Ceramics
4.4 Aluminum-Based Ceramics
4.5 Calcium-Based Ceramics
4.6 Titanium-Based Ceramics
4.7 Other Ceramics
Materials for AM
Home
Introduction
Module 1:Thermoplastics
1.1 Introduction to Thermoplastics
1.1.1 AM Thermoplastic Materials
1.1.2 Thermoplastic Properties
1.1.3 Thermoplastic AM Processes
1.2 Polyamides
1.3 PEEK
1.4 ABS
1.5 PCL
1.6 PLA
1.7 Other Polymers
Module 2: Reactive Polymers
2.1 Introduction to Reactive Polymers
2.1.1 Reactive Polymer Materials
2.1.2 Reactive Polymer Properties
2.1.3 Reactive Polymer Processes
2.2 Acrylates
2.3 Epoxies
2.4 PCL
2.5 Filled Resins
2.6 PPF
2.7 Other Reactive Polymers
Module 3: Metals
3.1 Introduction to Metals
3.1.1 Metal Powders
3.1.2 AM Metal Properties
3.1.3 AM Metal Processes
3.2 Titanium Alloys
3.3 Co-Cr Alloys
3.4 Superalloys
3.5 Stainless Steels
3.6 Aluminum Alloys
3.7 Tool Steels
Module 4: Ceramics
4.1 Introduction to Ceramics
4.1.1 Ceramic Properties
4.1.2 Ceramic Properties
4.1.3 Ceramic Processes
4.2 Silicon-Based Ceramics
4.3 Zirconium-Based Ceramics
4.4 Aluminum-Based Ceramics
4.5 Calcium-Based Ceramics
4.6 Titanium-Based Ceramics
4.7 Other Ceramics
More
Home
Introduction
Module 1:Thermoplastics
1.1 Introduction to Thermoplastics
1.1.1 AM Thermoplastic Materials
1.1.2 Thermoplastic Properties
1.1.3 Thermoplastic AM Processes
1.2 Polyamides
1.3 PEEK
1.4 ABS
1.5 PCL
1.6 PLA
1.7 Other Polymers
Module 2: Reactive Polymers
2.1 Introduction to Reactive Polymers
2.1.1 Reactive Polymer Materials
2.1.2 Reactive Polymer Properties
2.1.3 Reactive Polymer Processes
2.2 Acrylates
2.3 Epoxies
2.4 PCL
2.5 Filled Resins
2.6 PPF
2.7 Other Reactive Polymers
Module 3: Metals
3.1 Introduction to Metals
3.1.1 Metal Powders
3.1.2 AM Metal Properties
3.1.3 AM Metal Processes
3.2 Titanium Alloys
3.3 Co-Cr Alloys
3.4 Superalloys
3.5 Stainless Steels
3.6 Aluminum Alloys
3.7 Tool Steels
Module 4: Ceramics
4.1 Introduction to Ceramics
4.1.1 Ceramic Properties
4.1.2 Ceramic Properties
4.1.3 Ceramic Processes
4.2 Silicon-Based Ceramics
4.3 Zirconium-Based Ceramics
4.4 Aluminum-Based Ceramics
4.5 Calcium-Based Ceramics
4.6 Titanium-Based Ceramics
4.7 Other Ceramics
3.1.1 METAL PowderS
part 1: introduction to powders
part 2: examples of ferrous powders
part 3: particle size
part 4: powder sintering
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